protected void GenerateLine(Adjacent frame)
{
// At some point I'm going to change this so column visibility is checked only once
// And not for every row in a datagrid
foreach (int columnIndex in selectedColumns)
{
if (dataGrid.Columns[columnIndex].HeaderText != "Flip Sequence" &&
dataGrid.Columns[columnIndex].HeaderText != "Seed")
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null));
sb.Append("\t");
}
else
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null));
sb.Append("\t");
}
}
sb.Append(Environment.NewLine);
}
private bool IsTarget(Adjacent adjacent)
{
var timeAndDelay = (TimeAndDelay) dataGridViewValues.SelectedRows[0].DataBoundItem;
return adjacent.Date == timeAndDelay.Date && adjacent.Delay == timeAndDelay.Delay;
}
private void buttonGenerateAdjacents_Click(object sender, EventArgs e)
{
if (radioBtnDPPt.Checked)
{
ColumnFlipSequence.Visible = true;
ColumnElmResponse.Visible = false;
ColumnRoamers.Visible = false;
ColumnGen5IVs.Visible = false;
}
else if (radioBtnHgSs.Checked)
{
ColumnFlipSequence.Visible = false;
ColumnElmResponse.Visible = true;
ColumnRoamers.Visible = true;
ColumnGen5IVs.Visible = false;
}
else
{
ColumnFlipSequence.Visible = false;
ColumnElmResponse.Visible = false;
ColumnRoamers.Visible = false;
ColumnGen5IVs.Visible = true;
ColumnCGearAdjust.Visible = sekrit;
}
if (maskedTextBoxMDelay.Text == "")
{
maskedTextBoxMDelay.Focus();
return;
}
if (maskedTextBoxPDelay.Text == "")
{
maskedTextBoxPDelay.Focus();
return;
}
if (maskedTextBoxMSecond.Text == "")
{
maskedTextBoxMSecond.Focus();
return;
}
if (maskedTextBoxPSecond.Text == "")
{
maskedTextBoxPSecond.Focus();
return;
}
// Make sure that something is selected in the main
// times grid and then go ahead and get that item
if (dataGridViewValues.SelectedRows.Count == 0)
{
return;
}
// Load all of our +/- so we can use them to generate
// or list of adjacent frames.
int mDelay = int.Parse(maskedTextBoxMDelay.Text);
int pDelay = int.Parse(maskedTextBoxPDelay.Text);
int mSecond = int.Parse(maskedTextBoxMSecond.Text);
int pSecond = int.Parse(maskedTextBoxPSecond.Text);
var timeAndDelay = (TimeAndDelay) dataGridViewValues.SelectedRows[0].DataBoundItem;
// From the actual time we need to build a start
// time and an end time so that we can iterate
DateTime startTime = timeAndDelay.Date - new TimeSpan(0, 0, mSecond);
DateTime endTime = timeAndDelay.Date + new TimeSpan(0, 0, pSecond);
// Figure out how many seconds there are between the times
// as this is going to be the number of times that we are
// going to loop, plus 1.
TimeSpan span = endTime - startTime;
int startDelay = timeAndDelay.Delay - mDelay;
int endDelay = timeAndDelay.Delay + pDelay;
// Grab our roamer information so we only have to do it one
// time and can just run the code and pass the results into
// the adjacents.
uint rRoute = 0;
uint eRoute = 0;
uint lRoute = 0;
// need to tryparse out all of the route values
if (maskedTextBoxRRoute.Text != "")
rRoute = uint.Parse(maskedTextBoxRRoute.Text);
if (maskedTextBoxERoute.Text != "")
eRoute = uint.Parse(maskedTextBoxERoute.Text);
if (maskedTextBoxLRoute.Text != "")
lRoute = uint.Parse(maskedTextBoxLRoute.Text);
var adjacents = new List<Adjacent>();
int oddEven = timeAndDelay.Delay & 1;
int minFrame;
int maxFrame;
int.TryParse(maskedTextBoxMinFrame.Text, out minFrame);
int.TryParse(maskedTextBoxMaxFrame.Text, out maxFrame);
if (minFrame == 0)
{
minFrame = 1;
}
if (maxFrame == 0)
{
maxFrame = 10;
}
if (checkBoxRoamer.Checked)
{
minFrame++;
maxFrame++;
}
for (int cnt = 0; cnt <= (int) span.TotalSeconds; cnt++)
{
DateTime seedTime = startTime + new TimeSpan(0, 0, cnt);
// Now we need to loop through all of our delay range
// so that we have all of the information to create
// a seed.
for (int delayCnt = startDelay; delayCnt <= endDelay; delayCnt++)
{
if (!checkBoxOddEven.Checked || (delayCnt & 1) == oddEven)
{
// Create the seed an add to the collection
var adjacent = new Adjacent
{
Delay = delayCnt,
Date = seedTime,
MinFrame = minFrame,
MaxFrame = maxFrame + 6,
Seed = ((((uint) seedTime.Month*
(uint) seedTime.Day +
(uint) seedTime.Minute +
(uint) seedTime.Second)%0x100)*0x1000000) +
((uint) seedTime.Hour*0x10000) +
((uint) seedTime.Year - 2000 + (uint) delayCnt) +
// only part of the MAC Address is used
((uint) MAC_Address & 0xFFFFFF)
};
adjacent.RoamerInformtion = HgSsRoamers.GetHgSsRoamerInformation(
adjacent.Seed,
checkBoxRPresent.Checked,
checkBoxEPresent.Checked,
checkBoxLPresent.Checked,
rRoute,
eRoute,
lRoute);
adjacents.Add(adjacent);
}
}
}
// Bind to the collection
dataGridViewAdjacents.DataSource = adjacents;
//highlight the target
int target = adjacents.FindIndex(IsTarget);
dataGridViewAdjacents.FirstDisplayedScrollingRowIndex = target;
}
private bool HasElms(Adjacent adjacent)
{
return adjacent.ElmResponses.Contains(textBoxResponses.Text) &&
(RoamerText == "" || RoamerText == adjacent.RoamerLocations);
}
protected void GenerateLine(Adjacent frame)
{
// At some point I'm going to change this so column visibility is checked only once
// And not for every row in a datagrid
foreach (int columnIndex in selectedColumns)
{
if (dataGrid.Columns[columnIndex].HeaderText != "Flip Sequence" &&
dataGrid.Columns[columnIndex].HeaderText != "Seed")
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null));
sb.Append("\t");
}
else
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null));
sb.Append("\t");
}
}
sb.Append(Environment.NewLine);
}
private bool HasFlips(Adjacent adjacent)
{
return adjacent.Flips.Contains(txtFlips.Text);
}